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A delivery process built to remove surprises

Short cycles, visible progress and automated quality checks mean you always know where your project stands.

How a project moves from idea to production

A predictable delivery rhythm with working software every two weeks and no surprises at launch.

  1. 011–2 weeks

    Discovery

    Workshops with stakeholders and users, a review of existing systems, and a shared definition of success.

    You receive: Scope, risks, success metrics

  2. 021–2 weeks

    Architecture

    System design, technology choices, security model and a delivery plan with a fixed estimate for the first release.

    You receive: C4 diagrams, backlog, estimate

  3. 032-week sprints

    Build

    Cross-functional squads ship working software every sprint, with a demo you can click through.

    You receive: Tested increments, sprint demos

  4. 04Continuous

    Verify

    Automated tests, security scans and performance checks run on every change; UAT with your team before release.

    You receive: Test reports, security scans

  5. 051 week

    Launch

    Progressive rollout with feature flags, monitoring dashboards and a rehearsed rollback plan.

    You receive: Production release, runbooks

  6. 06Ongoing

    Run & improve

    SLO-based monitoring, incident response and a roadmap of improvements based on real usage.

    You receive: Monthly service reviews

Communication cadence

Every engagement follows the same rhythm, so there's always a scheduled place to raise a concern or make a decision.

  • Daily

    Stand-up

    Blockers and priorities for the day

    With: Engineers and your product owner

  • Weekly

    Status note

    Progress, risks, budget burn, decisions needed

    With: Stakeholders

  • Every 2 weeks

    Sprint demo

    Working software you can click through

    With: Everyone who cares

  • Every 2 weeks

    Retrospective

    What to keep, change or stop

    With: Delivery team

  • Monthly

    Steering review

    Roadmap, scope and commercial review

    With: Sponsors and leads

  • Quarterly

    Architecture review

    Technical debt, security and scaling

    With: Tech leads and your CTO

Engineering standards you can inspect

These practices are part of every engagement by default. You can read the code, the pipelines and the alerts yourself.

Every environment is defined in Terraform and reviewed like application code. No hand-built servers, no configuration drift.

infra/main.tfchecks passed
1# Landing zone for a regulated workload, Canadian region only
2provider "aws" {
3 region = "ca-central-1"
4}
5
6module "network" {
7 source = "./modules/vpc"
8 cidr = "10.40.0.0/16"
9 private_subnets = 3
10 flow_logs = true
11}
12
13resource "aws_kms_key" "data" {
14 description = "Customer data encryption key"
15 enable_key_rotation = true
16}
17
18module "database" {
19 source = "./modules/postgres"
20 instance_class = "db.r6g.large"
21 multi_az = true
22 kms_key_arn = aws_kms_key.data.arn
23 backup_retention = 35
24}

We work in your tools

Backlogs, repositories and chat channels live in your accounts, so you keep full visibility and history when the project ends.

  • Jira
  • GitHub
  • Slack
  • Zoom
  • Asana
  • Zeplin

Tell us what you're building

A senior engineer will reply within one business day with questions, a rough approach and next steps. No sales script.